We Understand the System,
and Redesign It When Needed.
From Silicon to Steel
Using electronics, automation, mechanical and software disciplines in combination, we analyse existing devices and develop engineering solutions at system level.
System-Level Engineering
We Look at the Whole System, Not a Single Part
We do not evaluate a technical problem solely through the component that appears to have failed. By examining how electronics, control, software, sensors and mechanical systems interact, we identify the source of the problem and the applicable solution.
From a signal on a PCB trace to a mechanical motion system — we can evaluate different layers of a device within the same engineering problem.
Engineering Capabilities
Electronics & PCB
We design, analyse and redesign electronic circuits at component level — covering sterilization system control boards, sensor interface circuits, power supplies and drive electronics.
Automation & Control
PLC, HMI and control system engineering from architectural design to full system integration. Deep experience in sterilization cycle logic and safety system design across major industrial PLC platforms.
Mechanical Design
Examination of existing mechanical systems, analysis of technical problems, part and mechanism design, and development of manufacturable engineering solutions.
Software
We develop software solutions that support device control, technical service processes, data processing and engineering applications.
Product Development & Reverse Engineering
For systems with incomplete documentation, discontinued production or those requiring redevelopment — we analyse the existing structure and reconstruct the necessary electronic, mechanical and control components.
Technical Analysis
We Measure the System Before Designing
Before redesigning an existing system, we work to understand how its components operate and interact. We examine the operating principles of sensors, electronic circuits and field elements, and check the required electrical and physical values with appropriate measurement instruments.
We evaluate measurement results together with technical documentation, circuit structure and system behavior to define design requirements.
From Analysis to Working System
We Examine the System
We review the existing electronic, control, software and mechanical structure.
We Resolve the Operating Principle
We identify inputs, outputs, control relationships and the role of each component within the system.
We Define Requirements
We specify which systems to preserve, which components must be replaced, and the technical requirements of the new design.
We Design and Prototype
We develop the required electronic, automation, mechanical or software solution and verify it on a prototype.
We Test
We verify the core functions, input/output behaviour and technical compatibility of the new system with the existing device.
Electronic Redesign
Discontinued Electronic Systems
A control board or electronic component no longer being available does not always mean the device has reached end of life. Where technically feasible, we analyse the existing board's functions and system connections to evaluate alternative electronic architectures or redesign options.
Control System Modernization
From Legacy Control Systems to New Architectures
For PLC, HMI or control systems that have reached end of support life, rather than simply replacing the component, we examine the existing control logic and field connections — and where needed, adapt a new control architecture to the device's existing systems.
Spare Parts and Engineering
When a Standard Parts Solution Is Not Enough
Our priority is to identify a feasible and sustainable solution. When an original spare part cannot be sourced, or when a standard alternative is technically insufficient, we evaluate redesign and modernization options.
Domain Expertise
Engineering Experience from Sterilization Technology
Sterilization devices require control, electronics, sensors, vacuum, pneumatic, mechanical and process systems to work in concert. Our technical service and product development experience allows us to evaluate these systems not as separate components but as parts of the complete device.
Software & AI
Making Engineering Knowledge Actionable in the Field
We make the technical knowledge and documentation acquired from field service accessible through software tools. We use AI-assisted systems to support fault analysis, technical document access and service processes. Our goal is to ensure engineering knowledge is used faster and more systematically in the field.
Teknoloji
Technology supports analysis. Technical decisions are made by the engineer.
Who Works with Our Engineering Team
Manufacturers
Product development, electronics, automation and technical problem-solving.
Service Organizations
Discontinued systems, technical analysis and engineering support.
Hospitals & CSSD
Technical sustainability of existing devices, modernization and engineering support for complex faults.
Working on a System Where a Standard Solution Is Not Enough?
Share the existing system, the technical problem or the component that needs redesign. Let us assess the feasible engineering options together.
Submit Engineering Request